Many biopharmaceutical drug formulations have some degree of oxygen sensitivity. Topics for this webinar include how oxygen levels in finished parenteral drug containers can be determined for oxygen scavenger & stability studies, for determining inherent primary packaging integrity, and for optimizing & qualifying inert gas purging system during filling.
This presentation features testing overviews for container closures, pharmaceutical glass and plastic and covers common tests and techniques for each.
This webinar presents how to design and conduct studies to assess the total oxygen permeation rate of your pre-filled syringes, and how to determine if the permeation is primarily through the plunger or through the tip. Protecting oxygen-sensitive formulations during filling will also be discussed.
The new language in EU Annex 1 will likely have a significant impact on your CCI testing practices. In this webinar CCI testing strategies and the proposed revisions to EU Annex 1 are discussed.
This video shows ATC's patented Mass Extraction technology in a container closure integrtiy testing example of system verification and system testing.
This webinar will review how oxygen levels in finished parenteral drug containers can be determined and controlled throughout the product life cycle by using laser-based headspace analysis.
Using a high sensitivity detection technique known as Frequency Modulation Spectroscopy (FMS), LIGHTHOUSE rapid non-destructive headspace oxygen inspection can help streamline the monitoring of purge performance on the filling line. This paper demonstrates the correlation of the FMS rapid non-destructive technique for analyzing headspace oxygen levels with the most commonly used conventional destructive techniques for headspace oxygen inspection.
Thist article disucsses two trends turning the flowmeter industry on its ear: advances in flowmeter diagnostics and the adoption of smartphone-like technology to improve access and communications.
Read how continual internal diagnostics and insitu verification capabilities leads to a better overall equipment effectiveness, resulting in less downtime and fewer unexpected shutdowns.
With new regulations having established a need for the testing of certain elements, correct sample preparation is crucial.
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